IT3-200P-26H(04)

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IT3-200P-26H(04) is a rectangular connector that belongs to the Arrays, Edge Type, Mezzanine (Board to Board) connector type. This connector is characterized by its edge contacts and array of multiple pins. The IT3-200P-26H(04) connector utilizes a mezzanine connection, which is a board-to-board electrical connection that is typically used for embedded applications.

The IT3-200P-26H(04) connector consists of two separate connector blocks affixed to each printed circuit board. The block is composed of a molded body made of thermoplastic material with rows of pins, and each row is located on a separate contact level. It also has two latching followers that snap into two latching slots on the mating block for secure connections.

The IT3-200P-26H(04) connector has a special design specified for an improved flexibility usage. It is also suitable for high-density boards, thanks to its tiny size and low profile. The most common applications for the IT3-200P-26H(04) connector involve board stacking, communications infrastructure, equipment interconnections, and power supplies. This connector is used widely in the computer and network industry.

In terms of its working principle, the IT3-200P-26H(04) connector utilizes a mezzanine system that is composed of two mating connectors. For mating connection, the two parts must be pressed together until the latching followers snap into position to form a secure joint. The pins are designed to be electrically conductive in order to secure reliable contact between the two connectors. Furthermore, the connectors are also designed to be durable and resistant to wear and tear.

To sum up, the IT3-200P-26H(04) connector is a rectangular connector that is an excellent option for electronic applications that require board stacking, communications infrastructure, equipment interconnections, and power supplies. Its mezzanine system provides reliable electrical contact between the two parts through its array of pins. Furthermore, it is small and lightweight, making it suitable for high-powered board applications.

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